Answer:
Explanation:
Describe at least two ways that carbon can get from a land plant to the atmosphere
1. Land Plant -> Forest Fire -> Atmosphere
2. Land Plant -> Soil -> Atmosphere
Describe at least two ways that carbon can get from the atmosphere to the hydrosphere
1. Atmosphere -> Ocean
2. Atmosphere -> Exposed Rocks -> Ocean
Describe at least two ways that carbon can get from the ocean to the lithosphere
1. Ocean -> Seashells -> Limestone -> Lithosphere
2. Ocean -> Marine Plants -> Sediments -> Lithosphere
Describe at least two ways that carbon can get from seashells to the atmosphere
1. Seashells -> Limestone -> Cement Plant -> Atmosphere
2. Seashells -> Ocean -> Atmosphere
Answer:
The answer is a) gene flow
Explanation:
Gene flow is any displacement of genes from one population to another. The gene flow includes a multitude of different types of events, such as pollen that is transported by air to a new destination or people who move to another city or another country. If genes are transported to a population where those genes did not exist, gene flow can be a very important source of genetic variability.
Answer:
1.Renewable energy won't run out.
2.Maintenance requirements are lower.
3.Renewables save money.
4.Renewable energy has numerous health and environmental benefits.
5.Renewables lower reliance on foreign energy sources.
6.Higher upfront cost.
7.Intermittency.
8.Storage capabilities.
Here are 8 advantages for this questions:
In external respiration carbon dioxide move from capillaries to alveoli, while oxygen move from alveoli to capillaries in internal respiration.
Answer: The aluminum atom loses electrons to form an ion.
The ion that is formed is <u>positive</u>
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<u>Second Part of the question:</u> What is the name of the aluminum ion?
<u>
</u>Answer : <u>Al+3</u>
Explanation: <em>An aluminum ion has a charge of +3. It is not a neutral atom. It has a + charge, the electrons must have been taken away (electrons have a negative charge). Since the atomic number is 13, the number of protons is thirteen. In a neutral atom, there would be thirteen electrons. You take away 3. There is 10 electrons in Aluminum Ion. </em>